ALFT-03A-14

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Common Mode Chokes are a type of electrical component used to reduce the amount of electro-magnetic interference (EMI) present in a circuit. The ALFT-03A-14 is a common mode choke that is designed to reduce EMI in a pulsed or continuous DC application.

The ALFT-03A-14 is designed with two components, an inner core and an outer winding. The inner core is made of ferrite material, which acts as an inductor when an AC current passes through it. The outer winding is composed of coils of wire, which increases the inductance of the choke. This increases the choke’s ability to filter out EMI, meaning that the communication between two points is less likely to be interrupted.

The ALFT-03A-14 is designed for use in pulsed and continuous DC applications, such as motor control, current limiting, and other high frequency switching applications. The choke is able to reduce EMI due to its high impedance levels. The higher impedance levels are especially useful for applications where a high speed switching is involved. The ALFT-03A-14 is also able to reduce RF interference, which can interfere with radio signals in certain applications.

The ALFT-03A-14 can also be used in common mode applications, which means that its higher impedance levels can reduce the amount of power that is lost when two components in a circuit are sharing power with each other. Common mode applications are especially important in applications where two components are working together, but are not directly connected. In these instances, the common mode choke is used to reduce the amount of power lost from the shared power source.

The ALFT-03A-14 is an ideal choice for applications where EMI or RF interference needs to be reduced. Its combination of an inner core of ferrite material and outer winding of coils of wire increases its inductance, resulting in a higher impedance level and a reduction in EMI or RF interference. This makes the ALFT-03A-14 a popular choice for applications where high speed switching and current limiting are involved.

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